![]() The sensor is able to remember the calibration value as long as it remains on. You should only call the calibration function initially when re-powering, then uncomment it in practice. Setup: In the setup() function, the code initializes serial communication for debugging, sets up I2C communication, configures the ADX元45 sensor, and calls the calibration function. The code provided includes the following sections: Run the following code on the device #include int ADX元45 = 0x53 // The ADX元45 sensor I2C address float X_out, Y_out, Z_out // Outputs int X_offset = 0, Y_offset = 0, Z_offset = 0 // Offset values void setup() Remember you can purchase an ADX元45 at our Shop! Let's get started by examining the code and understanding how it communicates with the ADX元45 sensor, configures it, and calibrates it for accurate measurements.īefore reading the remainder, be sure to subscribe and support the channel if you have not! This knowledge will be valuable in your Arduino-based projects that involve motion and orientation sensing. We'll discuss the code's functions, explain the sensor's configuration, and guide you through the calibration process for accurate data collection.īy the end of this tutorial, you'll have a better understanding of how the ADX元45 sensor works and how to calibrate it to achieve reliable acceleration data. Calibration is an essential step to ensure accurate measurements. ![]() In this tutorial, we will walk you through the provided Arduino code, which demonstrates how to set up and calibrate the ADX元45 sensor. This sensor is often used in various applications, such as robotics, gaming, and wearable technology. The ADX元45 is a popular 3-axis accelerometer that measures acceleration in three directions: X, Y, and Z. Welcome to this tutorial on the ADX元45 accelerometer sensor and how to interface it with an Arduino.
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